gsModeling Directory Reference

Files
file	gsBarrierCore.h [code]
	This software facilitates the creation of analysis-suitable parameterizations from given boundary representations. Serving as a reference implementation, it embodies the methods and concepts detailed in Ye Ji's doctoral research. Here, optimization-based (barrier, penalty) methods and PDE-based methods are provided. Please refer to the implementation for the relevant references.
file	gsBarrierCore.hpp [code]
	This software facilitates the creation of analysis-suitable parameterizations from given boundary representations. Serving as a reference implementation, it embodies the methods and concepts detailed in Ye Ji's doctoral research. Here, optimization-based (barrier, penalty) methods and PDE-based methods are provided. Please refer to the implementation for the relevant references.
file	gsBarrierPatch.h [code]
	This software facilitates the creation of analysis-suitable parameterizations from given boundary representations. Serving as a reference implementation, it embodies the methods and concepts detailed in Ye Ji's doctoral research.
file	gsBarrierPatch.hpp [code]
	This software facilitates the creation of analysis-suitable parameterizations from given boundary representations. Serving as a reference implementation, it embodies the methods and concepts detailed in Ye Ji's doctoral research.
file	gsCoonsPatch.h [code]
	Provides Coons's patch construction from boundary data.
file	gsCoonsPatch.hpp [code]
	Provides Coons's patch construction from boundary data.
file	gsCrossApPatch.h [code]
	Provides cross approximation parameterizations from boundary data.
file	gsCrossApPatch.hpp [code]
	Provides cross approximation parameterizations from boundary data.
file	gsCurvatureSmoothing.h [code]
	Computes a closed B-spline curve with a smaller number of curvature extrema compared to a given closed B-spline curve i.e. some kind of smoothing the curvature of the curve. This smoothting can be done with the help of two methods - total variation and Hadenfeld's algorithm (see Jan Hadenfeld, Iteratives Glätten von B-Spline Kurven und B-Spline Flächen, Shaker Verlag, PhD Thesis)
file	gsCurvatureSmoothing.hpp [code]
	Computes a closed B-spline curve with a smaller number of curvature extrema compared to a given closed B-spline curve i.e. some kind of smoothing the curvature of the curve. This smoothting can be done with the help of two methods - total variation and Hadenfeld's algorithm (see Jan Hadenfeld, Iteratives Glätten von B-Spline Kurven und B-Spline Flächen, Shaker Verlag, PhD Thesis)
file	gsCurveFitting.h [code]
	Fits a (closed) B-spline curve to some given data.
file	gsCurveLoop.h [code]
	Interface for gsCurveLoop class, representing a loop of curves, in anticlockwise order.
file	gsCurveLoop.hpp [code]
	Implementation of gsCurveLoop class.
file	gsFitting.h [code]
	Provides declaration of data fitting algorithms by least squares approximation.
file	gsFitting.hpp [code]
	Provides implementation of data fitting algorithms by least squares approximation.
file	gsLineSegment.h [code]
	Provides declaration of Line class.
file	gsModelingUtils.hpp [code]
	Utility functions required by gsModeling classes.
file	gsParametrization.h [code]
	Class that maintains parametrization.
file	gsParametrization.hpp [code]
	Provides implementation gsParametrization class.
file	gsPatchGenerator.h [code]
	Provides an interface for patch generators.
file	gsPeriodicOverlap.h [code]
	Implementation of periodic Floater parametrization using overlaps.
file	gsPeriodicOverlap.hpp [code]
	Provides implementation of the gsPeriodicOverlap class.
file	gsPeriodicParametrization.h [code]
	Abstract class with the functionality common to gsPeriodicStitch and gsPeriodicOverlap.
file	gsPeriodicParametrization.hpp [code]
	Provides implementation gsPeriodicParametrization class.
file	gsPeriodicStitch.h [code]
	Implementation of periodic Floater parametrization using a stitch. This class is an alternative to gsPeriodicOverlap.
file	gsPeriodicStitch.hpp [code]
	Provides implementation of the gsPeriodicStitch class.
file	gsPlanarDomain.h [code]
	Provides declaration of gsPlanarDomain class. The outer boundary (m_loops[0]) is a loop of curves, listed in anticlockwise order. Inner boundaries (m_loops[i], i > 0) are loops of curves, listed in clockwise order.
file	gsPlanarDomain.hpp [code]
	Provides implementation of the gsPlanarDomain class.
file	gsSolid.h [code]
	Provides declaration of gsSolid class, a boundary-represented solid.
file	gsSolid.hpp [code]
	Provides implementation of gsSolid class.
file	gsSolidElement.h [code]
	Provides gsSolidElement class - interface for an element (vertex, edge or face) of a solid.
file	gsSolidHalfEdge.h [code]
	Provides gsSolidHalfEdge - a half-edge of a gsSolid.
file	gsSolidHalfFace.h [code]
	Provides gsSolidHalfFace - a (half-)face of a gsSolid.
file	gsSolidHeVertex.h [code]
	Provides gsSolidHeVertex - a vertex of a gsSolid.
file	gsSpringPatch.h [code]
	Provides spring patch construction from boundary data.
file	gsSpringPatch.hpp [code]
	Provides spring patch construction from boundary data.
file	gsTemplate.h [code]
	Provides definition of gsTemplate class.
file	gsTraceCurve.hpp [code]
	Provides functions for finding the preimage of a curve via a map.
file	gsTriMeshToSolid.h [code]
	Provides declaration of gsTriMeshToSolid: a triangle mesh to gsSolid convertor class.
file	gsTriMeshToSolid.hpp [code]
	Provides implementation gsTriMeshToSolid class.
file	gsTrimSurface.h [code]
	Provides interface of gsTrimSurface class. Represents a trimmed surface (= spline "master surface" in 3d + a planar domain)
file	gsTrimSurface.hpp [code]
	Provides implementation of gsTrimSurface class.
file	gsVolumeBlock.h [code]
	Provides gsVolumeBlock class.